Some smart guys over at geekmapped.com but mostly with evos when it comes to ecu disassembly I have no idea
Yeah evos/scoobys/vauxhall z20let etc are all very well catered for but the F4R is just such a silly little quirky engine used in nothing anyone spends any real money on that it just doesnt interest people enough sadly I think mate!
Nice torque figure...
Nice torque figure...
If i ever come across any thing il let u know , ps if u ever need hks f con v , v pro ,sz and a software let me know I have some cracked stuff here lol
Its not the torque figure itself that is nice mate, its how long it hangs onto it for that is nice.
Although not as long as people who dont like RS2 inlets can hang onto things for of course, dog with a bone and all that.
People who want a high peak figure to flash briefly up at 5 and a bit grand then be dead again by not long after 6k should NOT buy an RS2 ever mate, they are far better with the standard inlet if that is what they are into.
On the subject of metrics for performance I must say though I really cannot see the appeal in a high figure if it doesnt last long enough to be useable, personally I think we should quote the lowest the torque figure gets to anywhere from 5k-7500 as a measure of performance, whoever has the highest for that is the one really winning.
Brilliant.
It is indeed, but no doubt still wasted on the likes of you, lol
What are you presupposing chippy? "Lol."
Dan's is the first rs2'd car I've driven and I've always kept quiet about the rs2 for the very reason I've never experienced it.
Now I have, it is a very odd experience - as I've said before in this thread, it is 100% different to a normal f4r, feeling more powerful and delivering power so smoothly - as chip has said, if you like the kick, don't expect it with an rs2 - but what will get you is the pull as the revs get high - it reminds me of a w**kel in its power delivery, very linear
I wonder if the "torque fans" actually know what torque is and how the BHP is calculated using torque.
Does this have the Grp N tool as well that James was working on/developing- to do with timing?
S
Someone let me drive they're RS2 Clio, ill have the final say on this. :lolup:
Mine will be 197/Rs2 till Saturday!
After that the same engine on the same dyno will have 438's and bodies and we can see if the extra £1500-£2000 is worth it!
I did think that mate
Nah mate, just a misprint.
I wonder of the "torque fans" actually know what torque is and how the BHP is calculated using torque.
Mike, one for you then buddy.
if I said one of my cars was 440lbft when it last made it onto a set of rollers, what BHP would you suspect it of vaguely being?
if I have miss-interpreted your comment then im sorry mate.
How Rolling Roads Work
Before we consider how a rolling road measures power output, it helps to understand what we are measuring. We often talk about bhp (brake horse power) as if it was something that existed, rather than the reality of it being a convenient number - which we have calculated. Bhp is a rate of doing work and in order to do work you need to put in some effort and then you need to see a result for that effort. The effort is, in our case, the torque generated by the engine. The result is the distance moved by the flywheel (expressed in rpm). The simple formula for calculating bhp is based on 33,000ft lbs of work being done in one minute. This amount of work is regarded as one horsepower. The formula is: HP = Torque x rpm over 5252. From this you can see that when the rpm is at 5252 the HP and the torque are the same. If the power and torque lines do not cross here on the graph then someone is telling you porkies! We use the term "Brake" horsepower because the engine torque is measured on a device called an Engine Brake, or dynamometer as it is more correctly known. Dyno's measure torque at a given rpm and then we calculate the bhp from there. With an engine bolted to a dynamometer we take the torque reading directly from the flywheel and without any form of gearbox.